智能电网中的传感器和监测挑战

M. McGranaghan, B. Deaver
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引用次数: 6

摘要

本文讨论了新型传感器和数据管理方法,可用于更有效、更灵活地运行和管理电网,同时保持可靠性。传感器可以帮助提高对资产状况和电网状况的认识,从而对电网进行更优化的管理。将传感器与系统模型相结合来预测电网状况,可以进一步提高电网管理的潜力。有助于实现智能电网目标的传感器示例包括高级仪表,无线电压和电流传感器,线柱传感器,与ied集成的传感器,pmu等。这些设备必须与数据收集系统、数据管理系统和系统模型集成,以帮助实现有利于电网整体效率、可靠性和灵活性的新功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sensors and monitoring challenges in the smart grid
This paper discusses new types of sensors and data management approaches that can be applied to operate and manage the grid more efficiently and flexibly while maintaining reliability. Sensors can help increase awareness of asset condition and grid conditions for more optimum management of the grid. Integration of sensors with system models to predict conditions on the grid can further improve the grid management potential. Examples of sensors that can contribute to smart grid goals include advanced meters, wireless voltage and current sensors, line post sensors, sensors integrated with IEDs, PMUs, etc. These devices must be integrated with data collection systems, data management systems, and system models to help achieve new functionality that benefits the overall efficiency, reliability, and flexibility of the grid.
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